Folded carton having separable units



Nov. 24, 1964 D. SIMKINS 3,158,312

FOLDED CARTON HAVING SEPARABLE UNITS Filed Dec. 5, 1961 5 Sheets-Sheet 1 5K 2 I l -l2 4 8 6 ll val/ H n7 INVENTOR DAN\E.L. E \M\ NS I ATTORNEYS Nov. 524, 1964 D. SIMKINS 3,158,312

FOLDED CARTON HAVING SEPARABLE UNITS WITH INVENTOR DANIEL. Swmms ATTORNEY 5 "our United States Patent "ce 3,153,312 FOLDED (IARTGN HAVHQG SEFARABLE UNETS Daniel Simkins, Wheeling, W. Va, assignor to Continental Can Company, Inc, New York, N.Y., a corporation of New York Filed Sec. 5, 1961, Ser. No. 157,094 9 Claims. (Cl. 229-51) This invention relates in general to new and useful improvements in the construction of cartons which may be formed of paperboard, including corrugated paperboard, and more particularly relates to a folded carton having separable units.

There are numerous products which are shipped and sold in quantity, yet not always sold in the quantity in which they are packaged. At the same time, when less than the full package is sold, it is desired that the portion of the package remain in a packaged state. A very good example of this is beverages, particularly beer, wherein the beer is normally sold in case lots of 24 cans or bottles, and is retailed either in the case lots or in packages of six. At the present time, it is necessary that the retailer open the case and sell six individual cans therefrom, or that the individual cans be packaged in packages of six, with the packages of six being further packaged in other cartons to form a case. This, of course, results in undue handling in the first instance and undue expense in the second instance.

It is therefore the primary object of this invention to provide a novel folded carton which has sufficient rigidity and strength to properly protect the contents thereof, and at the same time may be readily separated into individual units so that less than a full carton of the particular product may be retailed.

Another object of this invention is to provide a novel folded carton which may be readily longitudinally di vided into two halves, and each of the halves may be further divided into individual units so that the. carton may be readily divided into four units for the retailing of any portion thereof.

Still another object of this invention is to provide a novel folded carton which is in the form of two tubular units disposed in side-by-side relation, and the tubular units being unconnected with the exception of a wide end flap at each end thereof, the wide end flap extending across the ends of both of the tubular units, whereby when the wide end flap is torn in the center thereof, the two tubular units may be separated into individual units.

A further object of this invention is to provide a foldable carton which is readily divisible into separable units, the foldable carton being in the form of two elongated tubular units disposed in side-by-side relation and having the ends thereof closed by end flaps, and at least one end flap at each end of the carton extending across both of the tubular units so as to connect together the tubular units for ready separation, and the tubular units in addition being provided with transverse weakened areas to facilitate the separation of each tubular unit into at least two sections.

A further object of this invention is to provide a novel folded carton readily divisible into separable units, the folded carton including two tubular units disposed in sideby-side relation, and each of the tubular units having intermediate portions thereof reversely folded and projecting thereinto to define double thickness partitions, and

the partitions being readliy separable so as to separate each of the tubular units into individual sections withthe partitions then forming end flaps of the separated sections.

Still another object of this invention is to provide a novel folded carton having separable units, which carton, when partially assembled, may be folded to a fiat 3,158,312 Patented Nov. 24, 1964 state for shipment and storage, and may be readily erected for the reception of articles to be packaged through the open ends thereof.

Yet another object of this invention is to provide a novel blank for forming a folded carton having separable units, the blank being of a generally rectangular outline and being divided into a central wall forming portion and two outer end flap forming portions by longitudinal fold lines, the blank being further divided by means of a transverse cut line extending between the longitudinal fold lines so as to divide the body forming portion into two symmetrical halves, and the body forming portion being divided into a plurality of walls by transverse fold lines extending between the longitudinal fold lines and the end flap forming portions being divided into individual end flaps by cut lines extending inwardly from the edges of the blank to the longitudinal fold lines in alignment with the transverse fold lines.

A still further object of this invention is to provide a novel blank for forming a folded carton having separable units, the blank being formed from a rectangular sheet with a minimum of waste and being of a nature wherein it may be quickly and easily die cut on a production basis so that the formation of the blank is relatively inexpensive.

With the above and other object in view that will hereinafter appear, the nature of the invention will be more clearly understood by reference to the following detailed description, the appended claims and the several views illustrated in the accompanying drawing:

In the drawing:

FIGURE 1 is a perspective view of a preferred form of thecarton formed in accordance with this invention and shows the general details thereof.

FIGURE 2 is a perspective view of the carton of FIG- URE 1, and shows the same being separated into two halves.

FIGURE 3 is a perspective view showing one of the halves of the carton of FIGURE 1 being further divided into two sections.

FIGURE 4 is an enlarged vertical sectional view taken along the line 4-4 of FIGURE 1, and shows the specific construction of the carton.

FIGURE 5 is an enlarged transverse vertical sectional view taken along the line 5-5 of FIGURE 1, and shows further the details of the construction of the carton.

FIGURE 6 is an enlarged horizontal sectional view taken along the line 6-6 of FIGURE 4, and shows the specific manner in which the carton is divided into four individual sections.

FIGURE 7 is a perspective view of the carton of FIG- URE 1 while still in its flat state ready for storage and shipment, but partially secured together for immediate erection.

FIGURE 8 is a plan view of a blank from which the carton of FIGURE 1 is formed, the view being on a reduced scale.

FIGURE 9 is a plan view of a blank for forming a slightly modified form of carton in accordance with this invention.

FIGURE 10 is aperspective view of the carton which is formed from the. blank of FIGURE 9.

FIGURE 11 is a horizontal sectional view on an enlarged scale taken along the line 11-11 of FIGURE 10, and shows the specific details of construction of the modified carton.

Referring-now to the drawings in detail, itwill be seen that. there is illustrated in FIGURE 1 a first form of carton in accordance with this invention, wherein the carton is generally referred to by the numeral 15. The.

carton 15, in accordance with this invention, may be readily divisible into two elongated tubular units 16 and areasra 17, as is best shown in FIGURE 2. Each of the tubular units 16 and 17 may be further divided into two individual sections, the tubular unit 16 being divisible into sections 18 and 19, while the tubular unit 17 is divisible into sections 2%) and 21.

The carton is of a one-piece construction and is formed from a generally rectangular blank, which is best illustrated in FIGURE 8. The blank is generally referred to by the numeral 22. The blank 22 may be formed of any suitable paperboard product, including corrugated paperboard.

The blank 22 is provided with a pair of longitudinally extending fold lines 23 and 24 which are disposed adjacent the longitudinal edges of the blank 22 and divide the blank 22. into a pair of end flap forming portions 25 and 26, respectively, and a central wall forming portion 27. The wall forming portion 27 has a pair of longitudinal fold lines 28 and 29 thereon spaced equally on opposite sides of the longitudinal center of the blank 22. The fold lines 23 and 29. set off intermediate portions of the Wall forming portion 27. V

The wall forming portion 27 is divided into two symmetrical halves by a transverse out line 313 which extends between the fold lines 23 and 24. Each of these halves is dividedinto a plurality of wall panels by means of a plurality of transverse fold lines.

Considering the upper half of the blank 22, as viewed in FIGURE 8, a first pair of fold lines 31 and 32 extend between the fold lines 23 and 23 on one hand and the fold lines 29 and 2 5 on the other hand, to set oil a pair of wall panels 33 and 34, respectively. A fold line 35 extends between the fold lines 23 and 28, while a fold line 36 extends between the fold lines 29 and 24 to set off a pair of Wall panels 37 and 33, respectively. Another pair of transverse fold lines 39 and 48, extend between the fold lines 23 and 28 on one hand and the fold lines 29 and 24 on the other hand, respectively, to define wall panels 4-1 and 42, respectively. A final pair of fold lines 43 and 4 3 extend between the fold lines 23 and 29 and the fold lines 29 and 24, respectively, at the ends thereof, to set off wall panels 45 and 46, respectively. A connecting flap 47 is connected to the wall panel 45 along the l extends between the cut lines 68 and 69 and in part sets off a pair of flaps 77 and 78, which are separated from one another and which are hingedly connected to the wall panels 41 and 42, respectively.

center of the blank 22 between the cut lines 83 and 84 fold line 43, while a connecting flap 43 is connected to the wall panel 46 along the fold line as.

The other half of the wall forming portion 27 is similarly divided into wall panels by a plurality of transverse fold lines extending between the longitudinal fold lines 23 and 28 and the longitudinal fold lines 29 and 24. Fold lines49 and 55 set off wall panels 51 and 52 which correspond to the wall panels 33 and 34-. Fold lines 53 and 54 set off wall panels 55 and 5a which correspond to the wall panels 37 and 38. Fold lines 57 and 58 set ofi wall panels 59 and 6% which correspond to the wall panels'dl and 42. Terminal fold lines 51 and 62 set off wall panels 63 and 64 which correspond to the wall panels and 46. Connecting flaps 65 and 65 are connected to the wall panels 63 and 64 along the fold lines 61 and 62, respectively.

It will be apparent that the intermediate portion 27 is also divided into symmetrical halves by the cut lines 30. The upper half of intermediate portion Z7-is sub divided by a plurality of transverse cut lines 67, 68 and v 69, which are in alignment with the fold lines 31,. 35 and 39, respectively.

The intermediate portion 27 is weakened, along the longitudinal center of the blank 22.. This weakening includes a cut line70 which extends between the cut lines. 36 and 67 and inconjunction therewith sets oil a pair of separate flaps 71 and 72 which are connected to the wall panels 33 and 34, respectively. 1 i

A centrally disposed weakening line 73 extends between the cut lines 66 and 67 and in part defines two flaps ,74 and 75, which are hingedly connected together I A further longitudinal weakening line 79 extends between the cut line 69 and the upper end of the blank 22, as viewed in FIGURE 8, and forms a dividing line between a pair of connected flaps 80 and 81. The flaps Sh and 81 are hingedly connected together along the weakening line 79 and are hingedly connected to the wall panels 45 and 46, respectively.

The lower half of the intermediate portion 27 is formed identically to that set forth above with respect to the upper half thereof. The lower half of the intermediate portion 27 includes a cut line 82 which extends between the fold lines 28 and 2.9 in alignment with the fold line 49. Two other cut lines 83 and 84 extend between the fold lines 28 and 29, in alignment with the fold lines 53 and 57, respectively. a

The lower half of the intermediate portion 27 also has a cut line 85 which extends between the cut lines 30 and 82 and in part sets oil a pair of flaps 86 and 87 which are hingedly connected to the Wall panels 51 and 52, respectively.

A centrally located, longitudinal weakening line 88 extends between the cut lines 82 and 83 and forms a dividing line between a pair of flaps 89, 90 which are hingedly connected together along the weakening line 88 and to the wall panels 55 and 56.

Anotherlongitudinal cut line 91 extends along the and in part sets out a pair of flaps 92 and 93 which are hingedly connected to the wall panels 59 and 60.

A further longitudinal, centrally located weakening line 94 extends between the cut line 84 and the lower end ofthe blank 22,, as viewed in FIGURE 8, and forms a weakening fold line between a pair of flaps 95 and 96 which are hingedly connected to the wall panels 63 and 64. I

The end flap forming portion 25 is divided into a plurality of individual end flaps by a plurality of transverse cut lines. These cut lines include cut lines 97, 93, 99, 100, 1&1 and 192, which are aligned with the fold lines 39, 35, 31, 49, 53 and 57, respectively. These transverse cut lines extend irorn the left edge of the blank22, as viewed in FIGURE 8, to the fold line 23.

The out line 97 sets out an end flap 103 which is hingedly connected to the wall panel 45, while the out line 98 sets out an end flap 104 which is hingedly connected to the wall panel 41. The cut line 99 sets out an end flap 1ll5 which is hingedly connected to the wall panel 37.

At the lower part of the blank 22, as viewed in FIG- URE 8, the cut line 1422 sets out an end flap 106 which is hingedly connected to the wall panel 63 while the cut line 101 sets out an end flap 107 which is hingedly conected to the wall panel 59. An end flap 108 is set out by the cut line 1% and is hingedly connected to the wall panel 55. The cut lines 99 and 1% set out a very wide end flap 109 which is twice as long as the end flaps 104 and 197, and whichrbridges the cut line 30 and is hingedly connected to the wall panels 33 and 51. a (The end flap forming portion 26 is also divided into. a plurality of individual end flaps by a plurality of cut lines. These cut lines include cut lines 110, 111, 112, 113, 114 and 115, which correspond to the cut lines 97 through 102, inclusive, respectively. The cut lines through 115,-inclusive, set out end flaps 116, 117, 118, 119, 12 6, 1'21 and 122 which correspond to the end flaps 103 through 169, inclusive,respectively.

Reference is'now made to'FlGURE 7, wherein the carton 15 isrillustrated in its interconnected flat state ready for shipment, storage or erecting. In forming the of the wall panels 33 and 34- along the cut line 30. In a like manner, the connecting flaps 65 and 66 are connected to the inner surfaces of the wall panels 51 and 52 along the cut line 39. When the carton 15 is in its flat'state of FIGURE 7, it is folded along the fold lines 35 and 36 and 53 and 54. It is to be understood that the carton 15 may be readily erected from the flattened state of FIG- URE 7 to the completed carton structure of FIGURE 1. It is to be understood that the carton 15 will be inverted when it is erected from its flat state of FIGURE 7 to its assembled state of FIGURE 1.

When the carton 15 is erected from the flat state of FIGURE 7, after the tubular units 16 and 17 have been generally shaped, the flaps 71, 72, 77, 78, 86, 87, 92 and 93 are swung inwardly and the flaps 74, 75, 80, 81, 89, 90, 95 and 96 are folded inwardly between the firstmentioned groups of the flaps. The respective ones of the flaps are adhesively secured together in the manner generally illustrated in FIGURES 4 and 6. The carton 15 is now ready to have the articles to be packaged therein placed in through the open ends of the tubular units 16 and 17. The carton 15 illustrated in the drawings is particularly adapted for receiving 24 cans of beer, with six cans of beer being placed in each of the sections of the carton. After the cans of beer or other product to be packaged are placed within the carton 15, the ends thereof are closed by swinging the flaps inwardly in their respective order and adhesively or otherwise securing the flaps together in a conventional manner.

It will be noted that due to the provision of the central transverse out line 3! the two tubular units 16 and 17 are connected together only by the relatively wide flaps 109 and 122 which bridge the two tubular units 16, 17 at opposite ends thereof. On the other hand, the carton 15 is of sutficient rigidity to permit the handling thereof as a unit, particularly when the carton is shipped stacked on pallets and the like.

Assuming that the carton 15 contains a case of beer, which is 24 cans, should a purchaser at a retail store desire a full case, the complete carton 15 is handed to the purchaser. On the other hand, if the purchaser desires only a half of a case, the carton 15 is broken in half in the manner illustrated in FIGURE 2, so that the tubular units 16 and 17 are separated. The purchaser then receives one of the tubular units. On the other hand, in event the purchaser only desires six cans of beer, which is the normal quantity sold, each of the tubular units 16 and 17 may be further broken into individual ones of the aforementioned sections 18, 19, 20 and 21, which contain six cans of beer each. When one of the tubular units, for example the tubular unit 16, is to be broken into two sections, the tubular unit is torn apart as is shown in FIGURE 3 with respect to the tubular unit 17 by tearing the carton along the weakened lines 88 and 94.

At this time, it is pointed out that since the intermediate flaps are secured together, once the intermediate flaps are separated, as occurs when a tubular unit is divided into sections, the intermediate flaps cease being partition members and become end flaps of the particular section. Accordingly, even though the carton 15 is broken into four separate sections, the contents of each section remains sealed at all times until the individual section is opened.

Reference is now made to the form of the invention illustrated in FIGURES 9, l0 and 11. The carton shown in FIGURE is generally referred to by the numeral 125. The carton 125 differs from the carton in that no means are provided at the center of the carton for forming ends of the individual sections when they are separated. The carton 125, like the carton 15, includes a pair of tubular units 126 and 127 which may be divided into two sections each. The tubular unit 126 may be divided into a section 128 and a section 129, while the tubular unit 127 may be divided into a section 130 and a section 131.

The carton 125 is formed from a one-piece blank, which a 6 is generally referred to by the numeral 132. The blank 132 is illustrated in FIGURE 9 and is of a generally rectangular outline. It is to be noted that the blank 132 is identical with the blank 22 with the exception that the intermediate portion 27 has been omitted and a continuous weakening line 133 extends down the longitudinal center of the blank 132 from one end to the other.

The blank 132 is provided with a pair of longitudinal fold lines 134, 135 disposed adjacent the opposite side edges of the blank 132 and dividing the blank into a centrally located wall forming portion 136 and a pair of outer end flange forming portions 137 and 138.

The wall forming portion 136 is divided into symmetrical halves by a centrally located, transverse cut line 132 which extends between the fold lines 134 and 135. The upper half of the wall forming portion 136, as viewed in FIGURE 9, is divided by a plurality of transverse fold lines 141i), 141, 142 and 144, each of which extends between the fold lines 134 and 135. These fold lines divide the upper half of the wall forming portion 136 into wall panels 145, 146, 147 and 148, and a connecting flap 149.

The lower half of the wall forming portion 136, as viewed in FIGURE 9, is divided by a plurality of transverse fold lines 150, 151, 152 and 153, which extend between the fold lines 134 and 135 and set out wall panels 154, 155, 156 and 157, as well as a terminal conneoting flap 158.

The end flap forming portion 137 is divided into a plurality of end flaps by transverse cut lines extending from the outer edge of the blank 132 to the fold line 134. These transverse cut lines are referred to by the numerals 159, 160, 161, 162, 163 and 164, which are aligned with the fold lines 142, 141, 141 150, 151 and 152, respectively. The cut lines 159 through 164 set out end flaps 165, 166, 167, 168, 169 and 170 which are hingedly connected to the wall panels 148, 147, 146, 155, 156 and 157, respectively. The out lines 161 and 162 also set out a wide end flange 171 as compared to the other end flanges. The end flange 171 bridges: the cut line 139 and is hin-gedly connected to the wall panels and 154.

The end flap forming portion 138 is provided with cut lines 172, 173, 174, 175, 176 and 177 which correspond to the out lines 159 through 164, inclusive, respectively, and set out end flaps 178, 179, 181 181, 132, 183 and 184 which correspond to the end flaps through 171, inclusive, respectively.

Although it has not been specifically illustrated in the drawings, it is to be understood that the carton 125 is initially formed by adhesively securing or otherwise securing the connecting flap 149 to the under'surface of the wall panel 145 and the connecting flap 158 to the undersurface of the wall panel 154. The pantially formed carton may then be folded along the fold lines 141 and 151 to assume a flattened state, such as is shown in FIGURE 7 with respect to the carton 15.

The carton 125 is erected and filled in the same manner described above with respect to the carton 15. When it is desired to break the carton 125 into smaller units, the carton 125 may be divided in half by tearing the end flaps 171 and 184 at the centers thereof so as to separate the tubular units 126 and 127. If it is desired to dispense only one-quarter of the contents of the car.- ton 125, each of the tubular units 126 and 127 may be further broken down into sections by breaking the same along the weakening line 133'.

As compared to the canton 15, the carton 125 has the deficiency that when it is separated into the individual sections 128, 129, 130 and 131, the ends of these sections remote from the initial ends of the carton are open. However, if these sections are held upright so that the original ends of the cartons are disposed lower? most, they may function as an open top bag or like container.

From the foregoing, it will be seen that there has been devised a simple carton constmctio'n which may be folded from a single generally rectangular blank with a minimum of waste and which, when erected, may receive four groups of elements, which four groups may be divided as desired by separating the carton either into halves or into individual sections which in the example.

illustrated would be quarters. In addition, while the cartons may be readily divided into sections, it will be understood that the cartons will have sufiicient strength to absorb the necessary abuses encountered during ship ment of such a carton.

It will be seen that novel and advantageous provision has been made for carrying out the desired end. However, attention is directed to the fact that variations may be made in the example cartons disclosed herein without departing from the spirit and scope of the invention, as defined in the appended claims.

I claim:

1. A one-piece folded carton comprising a pair of tubular units disposed in side-by-side relation, end flaps at opposite ends of said tubular units closing said tubular units, said end flaps including at least one wide end flap at each end of said carton extending across the ends of said tubular units with said Wide end flaps forming the sole connection between said tubular units, each of said tubular units having an intermediate partition structure dividing each tubular unit into a plurality of sections, each tubular unit being of a generally rectangular cross-section and having four walls, and said intermediate partition structure being formed by pairs of intermediate portions of said walls disposed generally normal to the plane of respective ones of said Walls, said intermediate portions of first two opposite pairs thereof being integrally connected, and said intermediate portions of second two opposite pairs thereof being separated and spaced apant with said intermediate portions of said first two pairs disposed therebetween and secured thereto.

2. The carton of claim 1 wherein the connections between the intermediate portions of said first two pairs are weakened to facilitate the separation of said first two pairs of said intermediate portions to divide the respective tubular unit into sections with said intermediate portions forming end flaps therefor.

3. A carton blank comprising a generally rectangular sheet having a pair of longitudinal fold lines disposed adjacent the longitudinal edges of said sheet and dividing said sheet into a central wall forming portion and two end flap forming portions, a transverse out line eX- tending entirely between said longitudinal fold lines and dividing said central wall forming portion into two symmetrical halves, a plurality of transverse fold lines extending between said longitudinal fold lines and dividing each of said halves into a plurality of walls and at least transverse fold lines anddividing said end flap forming portions into a plurality of end flaps including a central end flap along each longitudinal edge of said sheet bridging said first mentioned out line and being of a greater width than the other end flaps and a longitudinal weakening line along the center of said sheet and extending the full length thereof.

4. The blank of claim 3 wherein the longitudinal weakening line along the center of said sheet and extending the full length thereof includes alternating completely out portions and partially cut portions.

5.'The blank of claim 3 together with centrally located longitudinal fold lines spaced equally on opposite sides of the longitudinal center of said sheet and setting on intermediate portions of said central wall forming portion.

6. The blank of claim 3 together with centrally lo cated longitudinal fold lines spaced equally on opposite one terminal flap, and cut lines extending transversely of said end flap forming portions in alignment with said sides of the longitudinal center of said sheet and setting .ofi' intermediate portions of said central wall forming the full length thereof includes alternating completely,

out portions and partially cut portions each extending between adjacent ones of said last-mentioned cut lines.

8. A one piece folded carton comprising a pair of tubular units each comprising a plurality of end flaps in opposed relationship at opposite ends of the tubular units, opposed side panels, and opposed top and bottom panels, a side panel of each of the pair of tubular units being in side-by-side relation, said end flaps including at least one wide end fiap at each end of said carton eX- tending across both tubular units normal to a plane established by the side panels in side-by-side relation, said wide end flaps forming the sole connection between said tubular units, and each of said tubular units having a transversely weakened portion across the side, top and bottom panels thereof whereby each tubular unit may be divided into sub-units.

9. The carton of claim 8 wherein each tubular unit has an intermediate partition structure transversely dividing each tubular unit into a plurality of sections.

References Cited in the file of this patent UNITED STATES PATENTS 2,154,085 Bergstein Q. Apr. 11, 1939 2,290,971 King July 28, 1942 2,596,331 Ferguson May 13, 1952 2,673,724 Androiot May 18, 1954 2,686,600 Berke Aug. 10, 1954 2,758,777 Dixon Aug. 14, 1956 2,794,586 Broderick June 4, 1957 2,973,130 Cottrill Feb. 28, 1961 

1. A ONE-PIECE FOLDED CARTON COMPRISING A PAIR OF TUBULAR UNITS DISPOSED IN SIDE-BY-SIDE RELATION, END FLAPS AT OPPOSITE ENDS OF SAID TUBULAR UNITS CLOSING SAID TUBULAR UNITS, SAID END FLAPS INCLUDING AT LEAST ONE WIDE END FLAP AT EACH END OF SAID CARTON EXTENDING ACROSS THE ENDS OF SAID TUBULAR UNITS WITH SAID WIDE END FLAPS FORMING THE SOLE CONNECTION BETWEEN SAID TUBULAR UNITS, EACH OF SAID TUBULAR UNITS HAVING AN INTERMEDIATE PARTITION STRUCTURE DIVIDING EACH TUBULAR UNIT INTO A PLURALITY OF SECTIONS, EACH TUBULAR UNIT BEING OF A GENERALLY RECTANGULAR CROSS-SECTION AND HAVING FOUR WALLS, AND SAID INTERMEDIATE PARTITION STRUCTURE BEING FORMED BY PAIRS OF INTERMEDIATE PORTIONS OF SAID WALLS DISPOSED GENERALLY NORMAL TO THE PLANE OF RESPECTIVE ONES OF SAID WALLS, SAID INTERMEDIATE PORTIONS OF FIRST TWO OPPOSITE PAIRS THEREOF BEING INTEGRALLY CONNECTED, AND SAID INTERMEDIATE PORTIONS OF SECOND TWO OPPOSITE PAIRS THEREOF BEING SEPARATED AND SPACED APART WITH SAID INTERMEDIATE PORTIONS OF SAID FIRST TWO PAIRS DISPOSED THEREBETWEEN AND SECURED THERETO. 